Combined gasification and power generation
A combined gasification and gasifier technology, which is applied in fixed bed gasification, combined combustion mitigation, and combustible gas production, can solve the problems of not allowing the maximum capacity of the turbine, reducing air, etc., and achieve the reduction of size and power consumption, power consumption, etc. Reduced effect
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[0020] refer to figure 1 , shows a facility 1 designed to gasify coal 10 and generate electricity. Such a facility is an IGCC plant.
[0021] Coal is typically conveyed to the planned site by rail or barge and then unloaded into a receiving hopper by equipment such as rack bottom skippers, barrel barge unloaders, etc. Coal from the hopper is fed directly into a vibratory feeder and discharged onto a belt conveyor. The conveyor transfers the coal to the coal stacker, which transfers the coal to a long-term storage stockpile or recovery area. The reclaimer loads the coal into a vibratory feeder located in the reclaim hopper below the pile. The feeder transfers the coal onto a belt conveyor which transfers the coal to a coal surge bin located in the roller compaction tower. If Facility 1 is located near a coal mine, the coal receiving and handling subsystem will be simpler. For example, no long-term storage is required. Coal can be sent directly to a coal buffer silo locate...
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